If you’re looking for the ultimate cutting solution for your heating elements, orbital cutting is the most suitable choice to meet your market objectives.

Among orbital cutting methods, the score and pull-apart system is one of the most advanced technologies in tube processing, especially for the production of heating elements. CSM Machinery is a leader in manufacturing high-quality machinery for this type of processing.

Why choose score and pull-apart cutting system for the production of heating elements?

The orbital score and pull-apart cut offers numerous advantages over traditional methods:

• No tube deformation: the cut minimizes or completely eliminates the reduction of the inner diameter.
• Precise and clean cut: it does not cause burrs or metal residues that can contaminate following process steps, such as the filling phase for heating elements.
• No curl formation: this cutting method produces the least excess residue, maintaining the high dielectric strength of the heating element.

CSM Machinery’s Score and Pull-Apart Cutting System

CSM Machinery machines use a state-of-the-art orbital cutting system that delivers exceptional results. Thanks to a three-cutting-edge incision tooth and a separation clamp, the tube is cut without any deformation.

In addition to the main advantages, CSM Machinery also offers:

• Possibility of operation with or without tube lubrication: cutting can be performed both dry to speed up the process phases and with a special emulsion to extend the life of the cutting edge.
• Flexibility of different cut sizes: the technology also allows the creation of short pieces, on which the cut is incised and the pieces are detached in the discharge phase.

By choosing CSM Machinery machines for orbital cutting, you are investing in innovative technology that will allow you to optimize production processes, increase the quality of your electrical resistors, reduce costs, and improve market competitiveness.

Contact our experts to discover how we can help you improve the production of your heating elements.

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